Express research: in 15-20 minutes allows you to conduct research on complete topographic images and models without detailing only in the presence of pathological changes in them.

Standard research type: 30-40 minutes. The optimal mode of operation - in addition to identifying mature processes, allows the study of individual biological structures during functional and prenosological changes in the organism.

Detailed type of research: 60-90 minutes - allows you to assess the structure of all biological formations, up to chromosomes and the genomic apparatus, which may be necessary to identify hereditary disorders and conduct high-quality scientific research.

Information about a specific state of a biological object is obtained in a non-contact way using a trigger sensor that captures subtle fluctuations of signals extracted from the average noise characteristics of fields and converted into a digital sequence processed by a microprocessor for transmission via an interface cable to a computer.

The results of the study are displayed on the monitor screen in the form of 4D images, marked with a color-coded 12-point Fleindler scale.

The identified foci and problem areas are studied in detail - the intelligent menu and the visualization system of three-dimensional models of organs and tissues allow examining a particular organ down to its subcellular and molecular structure, and the 4D-TISSUE system allows you to see the lesion in the desired angle.

Each organ and each cell has its own specific vibrations inherent only to them, which are recorded in the computer memory, and can be displayed on the screen in the form of a certain graph, which reflects the conditions of information exchange of an organ (tissue). Any pathological process also has an individual graph inherent only to it.

A large number of pathological processes are recorded in the computer's memory, taking into account the severity, age, sex and other variations. Having taken the frequency characteristics from a biological object, the research equipment can compare them in terms of spectral similarity with reference processes (healthy, pathologically altered tissues, infectious agents) and identify the closest pathological process or a tendency to its occurrence. In the case of combined processes, the virtual diagnostics mode allows differential diagnostics of each process.

Analysis of the graphs taken from the patient being examined allows one to judge the nature of the process and the quality factor of a particular tissue.

With the help of the "SmartReport" function, a conclusion about the patient's health is automatically generated.

The program automatically selects images with significant pathological changes in tissues, and also evaluates the activity of pathological agents.

It is possible to independently choose the program for forming the protocol - Express, Standard, Detailed - which differ in the degree of detail. The most detailed program allows you to form a protocol with the selection of a diet, display a detailed description of the prescribed drugs, images of standards from the groups Lithotherapy, Phytotherapy, Bacteria, Helminths, etc.

The patient can undergo a follow-up diagnostic procedure after undergoing treatment or prophylaxis to assess its effectiveness.